- #1
HP8
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1. A circular hole 2 cm in diameter is cut in the side of a large stand pipe 10 m below the water level in the standpipe. Find:
a. the velocity of the efflux
b. the volume discharged per unit time[/b]
2. P + 1/2 pv^2 + pgh
Q = A1 V1 = A2 V2
where =
a = area
v = volume
p = pressure[b/]3. Can't really plug any values here since my professor didn't really discussed about it, more like self-study so I thought of seeing solution to understand concept. [/b]
a. the velocity of the efflux
b. the volume discharged per unit time[/b]
2. P + 1/2 pv^2 + pgh
Q = A1 V1 = A2 V2
where =
a = area
v = volume
p = pressure[b/]3. Can't really plug any values here since my professor didn't really discussed about it, more like self-study so I thought of seeing solution to understand concept. [/b]